Volume 43, N. 4, October-December 2020 | PDF(46 downloads)
The Standard Penetration Test (SPT), widely used in Brazil, provides reference data to geotechnical projects. The data obtained are punctual and often dispersed due to its execution, that is, there is no concern in gathering and analyzing such information jointly for a specific region. In addition to the wide dispersion of these data, due to their anisotropic nature, classical statistics may not be the best approach for data with spatial variability. In this way, the application of methods that use spatial analysis, especially Geostatistics, become essential in the mapping of geotechnical variables. Therefore, this study proposes to gather, organize, and analyze data originated from SPT conducted in the municipality of Maringá, Brazil, applying the ordinary kriging geostatistical technique to identify correlations with the Geomorphology of the studied region. To achieve the proposed objectives, we selected 109 boreholes distributed in the municipality of Maringá, between the years of 2011 to 2015, and treated them using the ArcGis geostatistical analysis software. It was noticed a relationship between the thickness of the subsoil layers considering the position and slope form, reflecting on the depth to bedrock and, consequently, on the resistance of the layers associated with N-value of the SPT.